A Voice Command System for Autonomous Robots

  • Hong, Soon-Hyuk (School of Electrical and Computer Engineering SungKyunKwan University) ;
  • Jeon, Jae-Wook (School of Electrical and Computer Engineering SungKyunKwan University)
  • 발행 : 2001.03.01

초록

How to promote students interest is very important in undergraduate engineering education. One of the techniques for achieving this is select appropriate projects and to integrated them with regular courses. In this paper, a voice recognition system for autonomous robots is proposed as a project to educate students about microprocessors efficiently. The proposed system consists of a microprocessor and a voice recognition processor that can recognize a limited unmber of voice patterns. The commands of autono-mous robots are classified and are organized such that one voice recognition processor can distinguish robot commands under each directory. Thus. the proposed system can distinguish more voice commands than one voice recognition processor can. A voice com-mand systems for three autonomous robots is implemented with a microprocessor Inter 80CI196KC and a voice recognition processor HM2007. The advantages in integrating this system with regular courses are also described.

키워드

참고문헌

  1. IEEE Transactions on Education v.31 no.3 Microprocessor instruction in the engineering laboratory C. E. Strangio
  2. IEEE Transactions on Education v.32 no.2 An advanced laboratory for microprocessor interfacing and communication B. Furht;P. S. Liu
  3. IEEE Transactions on Education v.35 no.3 A laboratory for microprocessor teaching at different levels F. Vallejo;M. G. Harbour;J. A. Gregorio
  4. IEEE Transactions on Education v.36 no.3 Microprocessor design for nonelectrical engineers: An integrated project oriented approach C. Ume;M. Timmerman
  5. IEEE Transactions on Education v.38 no.2 Integration of micromouse project with undergraduate curriculum: A Large-Scale student participation approach N. Chen;H. Chung;Y. K. Kwon
  6. IEEE Transactions on Education v.40 no.4 A Vision-Guided autonomous vehicle: An alternative micromouse competition N. Chen
  7. IEEE Transactions on Education v.E-25 no.2 The case for project-oriented courses with Educationally useful student design projects R. J. Niederjohn;R. J. Schmitz
  8. IEEE Transactions on Education v.E-28 no.2 Design as a central component in regular lecture Courses-Incentives and disincentives J. M. Feldman;M. B. Silevitch
  9. 1996 Micro-Robot World Cup Soccer Tournament Proceedings Microrobots for research and applications J. Nicoud
  10. 1997 Micro-Robot World Cup Soccer Tournament Proceedings Cooperative Multi-Agent robotic systems: From the Robot-Soccer perspective J. H. Kim(et al)
  11. Proceedings of the 1995 IEEE International Conference on Robotics and Automation Active interface for Human-Robot interaction N. Yamasaki;Y. Anzai
  12. Proceedings of the 1993 IEEE International Conference on Robotics and Automation A grpahical programming language for robots operating in lightly structured environments D. S. Lees;L. J. Leifer
  13. Proceedings of the 4th IEEE International Workshop on Robot and Human Communication Improving human interface in drawing tool using speech, mouse and Key-board T. Nishimoto(et al.)
  14. HM2007 Manual Images Company
  15. Intel 8X196KC/KD User's Manual
  16. Proceedings of the 1996 IEEE International Conference on Robotics and Automation Collision avoidance among multiple autonomous mobile robots using LOCISS Y. Arai(et al.)
  17. IR-LED CL-IL5 Manual Opto Electronics Company
  18. ORC-38S Manual Opto Electronics Company
  19. IEEE Transactions on Robotics and Automation v.9 no.5 Space teleoperation through time delay: Review and prognosis T. B. Sheridan
  20. Proceedings of the 1998 Korea Automatic Control Conference Development of A voice remocon W. J. Kim(et al.)
  21. Using the Oki Nx65K Voice Dialer Oki Semiconductor
  22. Vocie Dialing System (VDS) Sensory